0.76

Version 0.76
2020-12-15 Francesco Stablum

• The audio input 1 is now an LFO or audio-rate frequency modulation input.
  This input is not DC-coupled, so patching constant voltages will not work.
  Anyways, it's possible to add LFOs or even audio rate modulation to it.
  The input voltage follows the 1V/Octave convention, so an LFO that peaks
  at +1V and -1V will make the frequencies of all the partials shift of one
  octave higher and one lower.
• The Gate input 1 is now a sync input to to reset the phase of all the
  partials. The phase is configured from Audio input 4 in this way:
  when the sampled input is 0, then all phases are zero;
  with larger inputs the phase spread among the partials is getting larger.
  This means that the first partial will always be reset with phase 0 and the
  last partial is going to have the largest phase value:
  consider the last partial: the input value is divided by 5 and multiplied
  by 2*pi (hence voltages from 0 to 5V represent the entire circle).
  All the partials between the first and the last will have intermediate
  phase values that are also proportional to the partial index.
  This means that the new phase of the partial with index p is calculated
  as in4*(2*pi)*p/(5*maxp)
• Capped maximum value of the partials to avoid glitches: maximum value is
  now 40 for Sine and the Poly* waveforms, 80 for all other waveforms
• Renamed acronym for normal comb and different comb to CN and CD
• The fundamental is transposed one octave lower
• Changed the startup preset to something more interesting (30 partials, comb)
• 1 decimal value floating point print of fundamental input voltage